Enhance your fire detection projects with this advanced 5-way Flame Sensor Module, designed for wide detection coverage and flexible output options. Featuring a detection range exceeding 120° and adjustable sensitivity, this sensor module offers precise and reliable flame detection suitable for various applications. Engineered with high-quality SMD components and SMT automatic welding, it ensures durability and stable performance. Key Features: · Wide Detection Range: The 5-way sensor provides an extensive detection angle greater than 120°, allowing broad area flame monitoring with sensitivity gradually decreasing over distance for accurate detection. · Dual Output Modes: Equipped with both digital and analog outputs; the digital output detection distance and analog output sensitivity are adjustable, offering enhanced flexibility for different project requirements. · Convenient Status Indicators: Each of the five output channels includes an individual status LED indicator, simplifying debugging and real-time monitoring during operation. · Easy Installation: Built with 1% tolerance resistors for safety and reliability, and featuring three M3 mounting holes on the PCB for quick and secure mounting in your setups. · Broad Flame Detection Spectrum: Detects flame emissions within the 700-1100nm short wave near-infrared (SW-NIR) range, providing strong practicability for various flame sensing applications. · Compatible Power Supply: Operates on a 3.3V to 9V power supply, making it compatible with most microcontroller systems including Arduino, Raspberry Pi, and other embedded platforms. Specifications: · Item Type: Flame Sensor Module · Power Supply: 3.3V-9V · Detection Wavelength Range: 700-1100nm short wave near infrared (SW-NIR) · Assembly Process: SMD devices with SMT automatic welding · Mounting: 3pcs M3 mounting holes Package Includes: · 1 x 5-Way Flame Sensor Module This versatile Flame Sensor Module is ideal for fire detection, safety systems, and flame monitoring projects, offering reliable performance, easy integration, and adjustable sensitivity to meet diverse application needs.